t1_2007_su_no_answers

t1_2007_su_no_answers - F. (29 points) Page 2 of 4 A V A 4...

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MIME 2300 Test 1 Name _______________________ _ June 13, 2007 In all the problems show all equations used with variables and then with values substituted so partial credit can be given wherever possible. Give units on all answer. On problems where appropriate, draw coordinate systems, datums, FBDs, K.Ds or velocity diagrams. 1. When it is unclear whether a single particle is sliding or not and all the forces and coefficients of friction are known, verbally list the steps to determine the acceleration of the particle. Short phrases are recommended. (14 points) a) b) c) d) e), f) g) Page 1 of 4 1 __________/14 2 __________/29 3 __________/25 4 __________/32 Total ______/100
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2. If the end of the rope A is being pulled with a speed of 10 m/s at the point when y is 2 m, what is the velocity of the weight B
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Unformatted text preview: F. (29 points) Page 2 of 4 A V A 4 m B C D E F y 2. If a passenger jet has an acceleration defined by the equation: 2 2 s / ft v 0003 . 14 a-= where v is in ft/s, what is the distance required to lift off the ground if v must equal 200 ft/s for lift off. (25 points) Page 3 of 4 3. The smooth surface of the vertical cam is defined in part by the curve ( 29 [ ] m 3 . cos 2 . r + = . If rad 4 6 t 2 - + = write the equation(s) of motion for the roller when t = 2 s. The spring attached to the 2 kg roller has a stiffness, k = 30 N/m and an unstretched length of 0.1 m. To save time, do not compute any accelerations or acceleration components and do not solve equations of motion for any forces! (32 points) Page 4 of 4...
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This note was uploaded on 05/04/2008 for the course MIME 2300 taught by Professor Gan during the Spring '08 term at Toledo.

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t1_2007_su_no_answers - F. (29 points) Page 2 of 4 A V A 4...

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